Breaking the Wall of DNA Origami Diagnostics Ivana Domljanovic 2023 Emerging Talents Breaking the Wall of DNA Origami Diagnostics Ivana Domljanovic is addressing the limitations of mammography screenings for breast cancer by inventing a DNA origami nanosensor for rapid, accurate, safe, and cost-effective screening and monitoring. The technology focuses on detecting breast cancer in its early stages by measuring circulating miRNA biomarkers, with the potential to advance molecular diagnostics… Watch Video Share
2023 Emerging Talents Breaking the Wall of DNA Origami Diagnostics Ivana Domljanovic is addressing the limitations of mammography screenings for breast cancer by inventing a DNA origami nanosensor for rapid, accurate, safe, and cost-effective screening and monitoring. The technology focuses on detecting breast cancer in its early stages by measuring circulating miRNA biomarkers, with the potential to advance molecular diagnostics… Watch Video Share
Falling Walls Breakthrough Conversation with Eric Isaacs Eric Isaacs 2021 Science & Innovation Management Falling Walls Breakthrough Conversation with Eric Isaacs In this Falling Walls Breakthrough Conversation with Eric Isaacs, digital participants had the chance to discuss and ask questions. The interview series provided an intense personal atmosphere, in which high-level guests, speakers and panelists of the Falling Walls Science Summit 2021 focused on their individual research, career paths and experiences.… Watch Video Share
2021 Science & Innovation Management Falling Walls Breakthrough Conversation with Eric Isaacs In this Falling Walls Breakthrough Conversation with Eric Isaacs, digital participants had the chance to discuss and ask questions. The interview series provided an intense personal atmosphere, in which high-level guests, speakers and panelists of the Falling Walls Science Summit 2021 focused on their individual research, career paths and experiences.… Watch Video Share
Breaking the Wall of High Waste Microchip Manufacturing LIDROTEC 2021 Global Call Winner Science Start-Ups Breaking the Wall of High Waste Microchip Manufacturing Nominated by: Ruhr-Universität Bochum Presented by: Alexander Kanitz Watch Video Share
2021 Global Call Winner Science Start-Ups Breaking the Wall of High Waste Microchip Manufacturing Nominated by: Ruhr-Universität Bochum Presented by: Alexander Kanitz Watch Video Share
Science Journal for Kids: Breaking the Wall to Science Engagement for All Kids 2022 Winner | Science Engagement Science Engagement Science Journal for Kids: Breaking the Wall to Science Engagement for All Kids Frontiers for Young Minds is a unique science journal for kids, in which each article is peer reviewed by young students aged 8-15. We publish clear, engaging science, written by top researchers, to inform and inspire the next generation of scientists and engaged citizens of tomorrow. Fully and freely accessible,… Watch Video Share
2022 Winner | Science Engagement Science Engagement Science Journal for Kids: Breaking the Wall to Science Engagement for All Kids Frontiers for Young Minds is a unique science journal for kids, in which each article is peer reviewed by young students aged 8-15. We publish clear, engaging science, written by top researchers, to inform and inspire the next generation of scientists and engaged citizens of tomorrow. Fully and freely accessible,… Watch Video Share
Simplifying Access to Blood Donations: Breaking the Wall of Chronic Blood Bag Shortage Ayitévi F. E. Hounou-Adossi 2021 Emerging Talents Global Call Winner Simplifying Access to Blood Donations: Breaking the Wall of Chronic Blood Bag Shortage Ayitévi F. E. Hounou-Adossi’s vision is to use information and communication technologies to reduce preventable deaths and disabilities through simple actions that everyone must know and can do. Watch Video Share
2021 Emerging Talents Global Call Winner Simplifying Access to Blood Donations: Breaking the Wall of Chronic Blood Bag Shortage Ayitévi F. E. Hounou-Adossi’s vision is to use information and communication technologies to reduce preventable deaths and disabilities through simple actions that everyone must know and can do. Watch Video Share
BREAKING THE WALL OF DISPLACEMENT Social Sciences & Humanities BREAKING THE WALL OF DISPLACEMENT How Social Analysis Sheds Light on the Edges of Society The last two decades have seen a sharp growth in the number of people who have been driven out of human livelihoods and framings that protect their basic needs and rights. Among the expelled are the growing numbers of displaced… Watch Video Share
Social Sciences & Humanities BREAKING THE WALL OF DISPLACEMENT How Social Analysis Sheds Light on the Edges of Society The last two decades have seen a sharp growth in the number of people who have been driven out of human livelihoods and framings that protect their basic needs and rights. Among the expelled are the growing numbers of displaced… Watch Video Share
International Fall Gatherin 2022 I Female Science Talents I 20 Meet 20 I first Masterclass 2022 2022 I FST Female Science Talents International Fall Gatherin 2022 I Female Science Talents I 20 Meet 20 I first Masterclass Watch Video Share
2022 2022 I FST Female Science Talents International Fall Gatherin 2022 I Female Science Talents I 20 Meet 20 I first Masterclass Watch Video Share
Breaking the Wall of High-Strength Biomaterials Stephan V. Roth Engineering & Technology Breaking the Wall of High-Strength Biomaterials By exploring the nano-world in real-time with X-rays of PETRA III, a team of KTH (Stockholm) and DESY produced an ultra-strong material that is made of bio-degradable cellulose nanofibres, the essential building blocks of wood. The novel production method transfers the exceptional properties of these nanofibres to the macroscopic, lightweight… Watch Video Share
Engineering & Technology Breaking the Wall of High-Strength Biomaterials By exploring the nano-world in real-time with X-rays of PETRA III, a team of KTH (Stockholm) and DESY produced an ultra-strong material that is made of bio-degradable cellulose nanofibres, the essential building blocks of wood. The novel production method transfers the exceptional properties of these nanofibres to the macroscopic, lightweight… Watch Video Share
Breaking the Wall to Practical Quantum Computing Kristel Michielsen Physical Sciences Breaking the Wall to Practical Quantum Computing The nominating institution Forschungszentrum Jülich on the breakthrough: With quantum computing we face the beginning of a paradigm shift in computer science and scientific computing, which can considerably change science, industry, economy and our every-day life. The demonstration of quantum supremacy, which required a sufficiently large quantum processor with a… Watch Video Share
Physical Sciences Breaking the Wall to Practical Quantum Computing The nominating institution Forschungszentrum Jülich on the breakthrough: With quantum computing we face the beginning of a paradigm shift in computer science and scientific computing, which can considerably change science, industry, economy and our every-day life. The demonstration of quantum supremacy, which required a sufficiently large quantum processor with a… Watch Video Share
Breaking the Wall of Pollen-Based Material Innovations Nam-Joon Cho Engineering & Technology Breaking the Wall of Pollen-Based Material Innovations The nominating institution Nanyang Technological University on the breakthrough: Significant progress has been made in developing bioinspired sensors and actuators based on synthetic materials, although there remains a critical need to incorporate cost-effective and ecofriendly materials. Naturally abundant pollen grains were used as a material template to produce a paper-like… Watch Video Share
Engineering & Technology Breaking the Wall of Pollen-Based Material Innovations The nominating institution Nanyang Technological University on the breakthrough: Significant progress has been made in developing bioinspired sensors and actuators based on synthetic materials, although there remains a critical need to incorporate cost-effective and ecofriendly materials. Naturally abundant pollen grains were used as a material template to produce a paper-like… Watch Video Share